How Wearable Technology Helps to Cyclists?

cycling wearable tech

Cycling may be one of the earliest activities to accept wearable technology. Although it looks very elementary, the light clothes for cyclists to wear at night can be regarded as an early cycling wearable technology. The times have changed, and wearable technology has made some impressive progress in this popular sport and transportation mode. Cyclists can wear many different types of cycling wearable technology to ensure safety, performance and even just to have more fun.

What is Cycling Wearable Technology?

Cycling wearable technology aims to provide riders with a more personalized riding experience. Bicycle smart watches, smart clothes and smart glasses are just a small part of the cycling wearable technology used by enthusiasts of bicycles. Bicycle watches offer a variety of functions, such as activity tracking, sleep tracking, GPS positioning, performance applications, and access to online communities to compare data such as speed, distance, and personal records. The best bicycle glasses and smart clothes can provide additional protection for cyclists by generating real-time data of the environment on the road and reduce the probability of accidents. At present, there are more than 70 major cycling wearable technologies available. The price of bicycle watches ranges from $100 to $500, while the price of bicycle smart glasses is $700. Different types of smart clothing range from $150 to $300. The number of cycling wearable technologies is overwhelming, so we can make it easy for you to compare different devices by browsing our extensive databases.

Variety of Cycling Wearable Technology


Fitness trackers are the epitome of cycling wearable technology because they are cheap and not too cumbersome. They also provide users with some impressive feedback about their daily activities. Most people wear fitness trackers to calculate the number of steps, stairs and heart rate, but those who wear flyfit devices have the opportunity to obtain data from more activities.

Flyfit is a waterproof device that can be worn on the ankle instead of the wrist. It is good for both runners and swimmers, but cyclists benefit most from it. In addition to tracking distance, sleep, steps and stairs, flyfit cycling wearable technology also measures:

  • Calories Burned
  • Bicycle Distance
  • Bicycle Speed
  • Real Time GPS
  • Pedal Cycle
  • RPM Rhythm

GPS Watch

Some people hope that smart watches can send text messages and make phone calls; Others want them to track their rides. This multi-functional cycling wearable technology can do this, or even more. With the help of TomTom’s GPS technology, this cycling wearable technology can not only help you determine your location, but also provide you with real-time statistics so that you can compare your best ride or last ride with your current ride. Other data tracked by the multi motion GPS watch includes time, distance and rhythm. A more expensive model includes a monitor that also measures your heart rate and calorie burn.


The device is touted as the first air bag for cyclists, which is worn on the rider’s neck. It is a cycling wearable technology that can protect athletes. If the cockpit feels that the rider is involved in the collision, the gas inflation opportunity will detonate the airbag to cover the rider’s head before the collision. The “helmet” is designed according to the current accident statistics. Because this cycling wearable technology can cover the head only when activated, it can provide a larger protection area without sacrificing comfort or vision. The rider’s head is protected where it is most needed, and the pressure is kept constant for a few seconds, so that it can withstand multiple head impacts in the same accident. After a while, the airbag began to deflate by itself.


This cycling wearable technology may be the most expensive wearable technology on the market, but if you look at their videos, it is easy to see why. Reconjet is called smart glasses; A pair of sunglasses, providing the wearer with a head up display, providing information such as speed / speed, distance, duration, rise / fall, heart rate, rhythm and strength. Connecting the device to the smartphone can also provide caller ID and SMS notification. Other applications also show promise through the combination of cameras and tools such as Google fit and apple health.

What Should I Pay Attention toBefore Buying Cycling Wearable Technology?

When preparing to purchase cycling wearable technology, please ensure that you have a smartphone compatible with the device. Most GPS bicycle watches and activity trackers are connected to IOS and Android phones, and other accessories can be paired via Bluetooth and ant. Data from these cycling wearable technologies are displayed on smartphones and applications, so you can quickly view your rhythm, route, and even healthy sleep cycle graph. The best bicycle accessories come in all shapes and sizes.

1. Riding Mode

Wearable technology usually has a variety of sports modes, from bicycle to golf. Some even have many ride profiles, such as roads, gravel, MTB and indoor bikes, which not only allows you to adjust the data screen according to what is relevant to a particular ride type, but also allows the watch to find which sensors it needs to find.

Many cycling wearable technologies will also have multiple motion modes, allowing you to start in one application and then continue your activity in another.

2. Connectivity and Sensor Support

If you want to buy a cycling wearable technology to track your ride, please make sure it has its own GPS chip and will not be downloaded from your mobile phone like some low-cost watches – these watches usually belong to the category of “wearable devices”. Some high-end watches will also be able to receive signals from GLONASS, biedou and Galileo satellite networks. Whether you should enable these features depends on your location in the world, but in most cases, we find that GPS is enough – enabling these additional satellite connections will also increase battery life.

Bluetooth seems to have become a standard connection protocol for communicating with sensors (such as electric energy meter, turbine trainer, and of course your mobile phone). Even Garmin, who had ant+ protocol a few years ago, was reluctant to open his watch to communicate with Bluetooth. Most high-end watches will also be able to use ant+, and some watches will even be connected to your home WiFi network for ride upload and firmware update.

However, just because Smartwatch can be connected to the sensor does not mean that cycling wearable technology can decode the information it sends. The main sticking point lies in the power meter. Quite a few smart watches do not support the power meter, or some only display certain indicators, such as standardized power.

3. Wrist Based Heart Rate

Optical heart rate is a cool feature that doesn’t need a chest strap and is beautiful. The problem is that it’s not really that accurate unless you stand still. All optical heart rate sensors have wearing instructions. In order to obtain accurate readings, the optical sensor needs to keep a firm contact with the wearer’s skin. This is a difficult task, because the skin is sweating or the skin coated with sunscreen will constantly vibrate and mix. Therefore, the point-to-point accuracy based on wrist heart rate is not ideal; However, the average score of cycling wearable technology is still surprisingly good.

4. Altimeter and Accelerometer

Some cycling wearable technologies have built-in barometric altimeters, accelerometers and gyroscopes. If you need real altitude data, you must install a built-in barometric altimeter, because GPS altitude data is as useful as multi tools without a 5mm hex wrench. When the barometer measures the air pressure, some watches even warn you when the air pressure drops suddenly, indicating that a storm may come.

The mid and long-range GPS Watch will also have built-in accelerometers and gyroscopes, which can be used to supplement the unstable satellite coverage or in the energy-saving mode involving less satellite reports.

5. Battery Life

Cycling wearable technology consumes power when tracking your location, so it is important to view GPS battery data when weighing your options. In addition, please consider whether the watch has a battery saving function, which can reduce the frequency of GPS reports, but may rely on other built-in sensors to fill in the missing information.

6. Reward Function

Basically, every modern wearable technology can be connected to your mobile phone through Bluetooth to let you know who is calling. Some can also support strava live clips, contactless payment, music control, and even provide on-board storage for your music.

Benefits of Cycling Wearable Technology

Cycling wearable technology provides valuable data. Cyclists, like those who participate in other fitness activities, can easily accept wearable technologies because these devices provide such valuable feedback. Because of this, it is easy to assume that in the next few years, we will see some very interesting and innovative devices and applications, cycling wearable technology specially designed for cycling.

How Does Cycling Wearable Technology Help Fitness Maniacs?

The cycling wearable technology of runners and cyclists has a tracking and monitoring system to track calories, exercise volume, driving distance, activity time, etc. Using cycling wearable technology can easily measure your fitness score and track your fitness activities. In addition to these gadgets, there are also free apps that can help you monitor your fitness program and help you stay healthy. Cycling wearable technology allows them to track their heart rate and GPS tracker. If you are running in the wild, wearable running technology will provide you with information about nearby safety areas and threats. Whether you are running on the track or on the treadmill, wearable running watches are very useful. The running watch can also help you connect to other devices such as Bluetooth, and the battery life is always in GPS mode.

Most advanced cycling wearable technologies have built-in features that allow you to synchronize data with your smartphone. Even if you leave your smartphone at home, you can still use wearable technology to make calls and use the main functions of your smartphone by synchronizing data with your smartphone. Cycling wearable technology can also track your pulse rate and activity rate for low-intensity and high-intensity running.

Cyclists and runners have a choice of cycling wearable technology, which you can choose from customizable options to display on the screen. Some advanced gadgets also have a built-in trainer and training aid that can provide feedback to improvise running and cycling activities. They can be easily mounted on bicycles and can monitor and track bicycles and activities. Cycling wearable technology has more advantages than disadvantages. One of the biggest advantages of running and cycling with wearable technologies is that they allow you to synchronize data with other devices and better connect with other devices. You can run safely in the wild and enjoy running in the natural environment.


Cycling wearable technology has become a thing. With the highly anticipated 5g and wifi6 technologies, cycling wearable technology will get the extra impetus it deserves in the market. With more and more devices emerging in the IOT ecosystem, it is time to enter the field of wearable technology.